Technical Book: "Onboard Motors and Their Control and Applications for HEV and EV Development"
WS261 *You can make a reservation for a trial reading.
- Motors for automobiles / Motors for EVs / Motors for HEVs / Motors for power steering / On-board inverters / SR motors / PM motors
<Supervision> Shigeru Okuma, Nagoya University Hisashi Takahashi, National Graduate Institute for Policy Studies <Authors> Tatsuo Teratani, Toyota Motor Corporation Tetsuhiro Ishikawa, Toyota Motor Corporation Shin Shin Ni, Kanagawa University Masanori Shin, Toshiba Corporation Hisashi Takahashi, National Graduate Institute for Policy Studies Hideki Jounokuchi, Toshiba Corporation Mikihiko Matsui, Tokyo Polytechnic University Yusuke Kikuchi, NSK Ltd. Ken Matsubara, JTEKT Corporation Ikuro Morita, Tokushima University Hiroki Goto, Tohoku University Graduate School Fumitoku Ishibashi, Shibaura Institute of Technology Toru Okazaki, Sumitomo Electric Industries, Ltd. <Publication Date> September 30, 2009 <Price> 52,290 yen (including tax) <Format> B5 size, hardcover, 244 pages planned *Available for preview.
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【Motor Control and Applications】 Chapter 1: Drive Systems of Hybrid Vehicles 1. What is a Hybrid Vehicle? 2. Toyota Hybrid System 3. Plug-in Hybrid Vehicles 4. Fuel Cell Hybrid Vehicles 5. The Future of Hybrid Vehicles Chapter 2: Motor Drive Control Systems for EVs 1. Overview 2. Command Converters and PWM for High Efficiency and Wide Range Drive 3. Sensorless Motor Drive Control Systems Chapter 3: Overview of Main Drive Motors 1. Characteristics 2. DC Motors 3. Induction Motors 4. Permanent Magnet (Synchronous) Motors 5. Reluctance Application Motors Chapter 4: Drive Control of Onboard Motors 1. Onboard Motors and Drive Circuits 2. Motor Parameters and Equivalent Circuits 3. High-Function Control Methods for Permanent Magnet Synchronous Motors 4. HEV Drive Methods and Control Circuit Configurations Chapter 5: Drive Circuit Technology for Onboard Power Motors 1. Motor Control Devices 2. Types and Control Methods of Onboard Motors 3. Examples of Onboard Motors Chapter 6: Inverter Control and Applications to Onboard Motor Drive Systems 1. Basic Configuration and Operation of Three-Phase Voltage Inverters 2. Various PWM Methods 3. Instantaneous Space Vector Modulation Method 4. Brushless DC Motor Drive Systems
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52,290 yen (including tax)
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Chapter 7: Motors for Power Steering 1. Function of Power Steering 2. Types of Power Steering Systems 3. Performance Requirements for Electric Power Steering Motors 4. Design Technology for Electric Power Steering Motors 5. Future Motor Design in Response to System Requirements Chapter 8: Electric Steering Systems 1. Overview 2. Electric Hydraulic Power Steering Systems and Mechatronic Integration 3. Current Status of High-Performance Motors for Electric Power Steering Systems 4. Steer-by-Wire Systems and Motor Structures [Future Onboard Motor Section] Chapter 9: New Structural Motors for Vehicles 1. Classification of Motor Structures 2. New Structural Motors Chapter 10: Application of SR Motors in Electric Vehicles 1. Basics of SR Motors 2. Development of Electric Vehicles Equipped with SR Motors Chapter 11: Techniques for Miniaturization and Slimming of PM Motors 1. Methods Using Magnetic Field Analysis 2. Methods Using Analytical Equations and Design Programs 3. Miniaturization Combined with Control Circuits 4. Methods Not Using Rare Earth Magnets Chapter 12: High-Temperature Superconducting Motors 1. Progress Towards Industrialization of High-Temperature Superconducting Wires 2. Considerations for Using High-Temperature Superconducting Wires 3. Necessary Auxiliary Equipment 4. Motor Design 5. Future of High-Temperature Superconductivity
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